Gram ·a5b1da is P35 of 36 on the 50GRAMx provider standings with 1 points, from 1 signed runs on 1 machine in AM 0002. They hold the network's best result on 0 builds and were the first machine anywhere to measure 0. Every number is signed by the machine that measured it.
Fastest models on their machines
Output tokens per second, signed · higher is better
A million tokens here
Metered on their machine · OpenRouter price beside it where one is sold
[](https://50gramx.com/inferences/providers/a5b1da)
Activity
0 signed runs in the last 17 weeks, one square a day
The machine
Every part as the gram benchmarked and signed it.
gram ·a5b1da
online now · epnd afa811d
Apple M1
darwin · arm64
CPU
Apple M1
8 cores / 8 threads · 13268 hashes/s all cores
Memory
16 GB
25.3 GB/s · 7.5 ns latency
Disk
disk
6115 MB/s read · 2009 MB/s write · 1132708 IOPS
Network
20.2 MiB/s download
Where
AM 0002
Online 55.4% of the hours the network has a record for · last 30 days
Against every machine on the network
Memory bandwidthbeats 93%
CPU, all coresbeats 89%
CPU, one corebeats 96%
Disk readbeats 89%
Download speedbeats 40%
Questions
What machine does Gram ·a5b1da run?
macOS · Apple M1 · 8 CPUs · 16 GB RAM. Every part is benchmarked and signed by the machine itself.
How many AI benchmarks has Gram ·a5b1da signed?
1 signed runs across 1 builds; 0 in the last 30 days.
What is Gram ·a5b1da's fastest model?
No signed speed yet.
How are the standings scored?
1 point per signed run, 3 per build where the provider holds the network’s fastest result on that kind of machine, 10 per model they were first to measure.
Can I check these numbers myself?
Yes. Each run publishes the exact bytes the machine signed and its signature; “verify this yourself” checks it in your browser against the machine’s own key.
Every model Gram ·a5b1da measured
The seasons table, narrowed to this provider’s signed runs: speed and cost on their machines, next to what OpenRouter charges, the checks each model passed, and its licence.
1 modelclick a column to sort by it · click a model for every machine it ran on